Method and apparatus for procuring goods in an automated manner

ABSTRACT

An automatic system and method optimizes the purchasing of goods and services by a buyer. A request for a quote for goods or services required is received from a buyer. This request is processed and dealers are selected based on the criteria of the buyer and other criteria. The selected dealers are then sent the request for goods and services and quotes are solicited. Quotes from the selected dealers, for the goods or services, are then receivable within a predetermined time period. Thereafter, the received quotes of the providers of the goods or services are ranked. The ranking and the report of the providers are then outputted.

This application is a Continuation of Ser. No. 12/619,414 filed Nov. 16, 2009 which is a Continuation of U.S. Pat. No. 7,630,919 filed on Jul. 25, 1997, which claims the benefit of U.S. Provisional Application No. 60/023,282 filed Jul. 25, 1996. The entire contents of which are hereby incorporated by reference and for which priority is claimed under 35 U.S.C. §120.

FIELD OF THE INVENTION

The present invention relates to a method and system for automatically facilitating a consumers procurement process from manufacturers or value-added resellers (VAR's, e.g., sellers) of various types of merchandise (goods) and services. In the present disclosure, the words “consumer,” “buyer,” and “customer” have been used synonymously. Also the words “seller,” “dealer,” and “provider” have been used synonymously.

BACKGROUND OF THE INVENTION

Traditionally, the procurement of many goods (e.g., automobiles, computers, appliances, etc.) and services (legal, financing, medical, insurance, etc.) has been a very labor intensive, time consuming, and costly process. For a consumer to find the best value at the lowest price, meeting all additional relevant criteria of the desired goods and/or services (hereinafter goods), the consumer had to personally contact many providers of the goods and then manually (or mentally) compare pictures of the goods versus the price and other criteria offered by each seller or provider. To compare prices and features of similar goods from different providers was a very difficult task for consumers. For example, definitions were not standardized, prices and other criteria may be fixed for only a short period of time. Providers were also reluctant to provide written prices and inventory often changes rapidly. The entire process may have taken weeks and possibly months, depending on the particular goods. In short, the cost of market information regarding goods was often too expensive to enable consumers to make fully informed decisions when buying goods. The burden of gathering information was simply too great for most consumers and as a result, consumers often made inefficient or incorrect purchasing decisions which did not truly reflect the true desires or requirements of the consumers for the goods.

The process of procuring the goods has been simplified recently by the introduction of product locator services. For example, on the internet, several firms enable customers to receive product and pricing information from multiple sellers based on customer-defined information. The seller information is pre-loaded into a database by a specific service firm (or by the seller) and the consumer is granted access to the array of information.

A drawback of the aforementioned procedure is that the information is static. That is, it does not vary dependent on different conditions. Another drawback to this system is that the information is often old and that sellers are not placed in a rigorous live price market competition for the business of the customer. Furthermore, sellers do not like placing information of their entire inventory (especially if prices are included) in the hands of the public because this could viewed by other sellers. This tends to lower the liquidity and efficiency of the market.

Also it is known where firms forward the names of buyers to participating sellers in a region. These buying services usually have some prearranged discount for the consumers who use the service. These services merely refer individual customers to preselected sellers based on geographic location or other criteria.

SUMMARY OF THE INVENTION

It is an object of the present invention to provide an automated new electronic information/procurement system and method for providing a buyer with a medium with which to spontaneously and simultaneously request product information (features, qualities, warranties, price, etc.) from multiple sellers of a product in a selected area.

It is a further object of the present invention to provide a system that avoids indicating to sellers, in advance, when they will be requested to provide market and product information to the buyer. Thus, the sellers might not know in advance the specific goods for which they will be prompted for information.

It is a further object of the present invention to provide a system which automatically selects a plurality of sellers, from which bids will be solicited, based on received criteria from the buyer and seller.

It is a further object of the present invention to provide a completely automated system and method to obtain information for the goods, instead of a manual system for obtaining this information, to ease the burden on the buyer for obtaining goods.

It is a further object of the present invention to provide a system which automatically ranks sellers and selects the ones with the highest ranking based on plurality of criteria after quotes have been received from the sellers.

It is a further object of the present invention to provide a system which outputs a report of the rankings of the sellers to the buyers with or without other information.

The foregoing and additional objects of this invention are achieved by providing a method for purchasing goods or services from a seller by a buyer comprising the steps of (a) receiving a request from a buyer for goods or services with predetermined criteria related to the goods or services; (b) selecting at least one seller from a predetermined group of sellers of the goods or services based on the received predetermined criteria; (c) transmitting the request of the buyer to the selected at least one seller of the goods or services; (d) receiving, within a predetermined time interval, responses from the sellers to the request; (e) compiling information provided in the responses received from the sellers within the predetermined time interval; (f) ranking the sellers based upon the compiled information and selecting sellers with the relatively highest ranking; and (g) providing the compiled responses of the selected sellers for access by the buyer (h) enabling the consumer (buyer) to purchase the goods or services from the desired seller.

Additionally, the foregoing and additional objects of the present invention are further achieved by providing a system for obtaining information for the purchasing of goods or services comprising input means for receiving a request for desired goods or services from a buyer, the request including predetermined criteria related to the goods or services; selection means for selecting at least two providers from a predetermined group of providers of the goods or services based on the predetermined criteria; transmission means for transmitting the request of the buyer to the selected providers; reception means for receiving, within a predetermined time interval, responses from the selected providers; computation means for compiling information provided in the response received within the predetermined time interval and for ranking the sellers based upon the compiled information, and for selecting sellers with the relatively highest ranking; and out put means for providing the complied responses of the selected sellers for access by the buyer.

These and other objects of the present invention will become more readily apparent from the detailed description given hereinafter. However, it should be understood that the detailed description and specific examples, while indicating preferred embodiments of the invention, are given by way of illustration only, since various changes and modifications within the spirit and scope of the invention will become apparent to those skilled in the art from this detailed description.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 illustrates the system structure which provides a “real-time” conduit for a buyer to contact sellers and for sellers to respond to a request from the buyer;

FIG. 2 illustrates a flow chart of the overall method from receipt of a request from a buyer, to receipt of responses from a plurality of sellers, and finally to output compiled and ranked information to the buyer;

FIGS. 3-6 illustrate alternative methods for receipt of information from the buyer in step S1 of FIG. 2;

FIG. 7 illustrates the steps performed in step S2 of FIG. 2;

FIG. 8 illustrates the steps performed in step S3 of FIG. 2;

FIG. 9 illustrates details of steps performed in step S4 of FIG. 2;

FIG. 10 is a representative screen of the system used by a buyer for submission of an initial request;

FIGS. 11 and 12 illustrate the process of selecting sellers to receive a request from the buyer;

FIG. 13 is a representative screen of the system used by the seller for responding to a buyer request;

FIG. 14 illustrates weighting of seller responses by the system when compiling and ranking seller responses;

FIG. 15 illustrates an output provided with the ranking of sellers in response to a buyer request; and

FIG. 16 is a representation of alternative structure for communicating with a central computer of the system.

DETAILED DESCRIPTION

FIG. 1 illustrates the structure of the system by which the buyer can contact the seller. The system includes, for example, a computer 9 which receives information input by the buyer including a request for goods or services. The information is transferred via the internet 10 via line 1, to the Automotive Live Market Exchange System (ALMES) computer, which is the central computer 11 of the system. The ALMES computer receives a request from the buyer and operates to select at least two sellers from a plurality of prestored sellers (prestored in a memory, not shown, for example) based on the buyers input request and other criteria related to the sellers, contained in a database stored in memory (not shown). Thereafter, the central computer 11 forwards the buyer request, via the internet 10 (for example), to the selected sellers.

The terminals 12, 13, and 14 of, for example, three sellers are continuously monitoring the internet 10 for requests. The buyer request is then received by terminals of the selected sellers by via lines 4A, 4B, and 4C. While only three terminals have been shown, this is exemplary only. The terminals 12-14, or at least a subset thereof, then communicate via the internet 10 via lines 5A, 5B, and 5C with the central computer 11. This communication includes the response of the seller, based on the request. This info nation is then received by the ALMES computer 11 via line 6.

Once received, the ALMES computer 11 compiles and ranks the particular sellers based on the information of the responses and additional information contained within the database. The responses of the sellers that are selected by the central computer 11 are then forwarded, via the internet via line 7, to the terminal of the buyer via line 8. The buyer can then review the ranking and determine which response (if any) to accept and then can use the system, for example, to order either directly from a seller or through the ALMES computer.

FIG. 2 briefly outlines the steps of the process of receiving selected responses from the seller. In step S1, via the internet (or via another medium such as a facsimile or telephone, for example), the buyer initiates a request for a quote (RFQ) which is then received by the ALMES computer in step S2, where the RFQ is complied. In step S3, the ALMES computer, based on a plurality of predetermined parameters, performs a seller selection process (SSP) to select at least one seller from a plurality of sellers based on, in part, the RFQ data. In step S4, a list of selected sellers is complied the ALMES computer based in part on the SSP. In step S5, the ALMES computer transmits the RFQ to each of the listed sellers via the internet, (or alternatively via a pager, or by facsimile, for example).

In step S6, when a terminal of a seller receives the RFQ, the seller evaluates the REQ. Thereafter, the seller transmits a product information quote (PIQ) via the internet, for example (or facsimile for example) which is received by the ALMES computer in step S7 and entered into the ALMES database.

In Step S8, a selection process occurs by the central computer selecting, compiling and ranking the quoted goods (with a relatively highest ranking) based on the information in each PIQ provided by the sellers, and additional information stored in the ALMES computer. This is known as the PIQ selection process (PSP). In step S9, the ALMES computer, from the PSP, produces a consumer quote report (CQR) for transmission to the terminal of the consumer. This report includes the compilation of the sellers products performed by the ALMES computer. Finally, in step S10, the CQR is transmitted to the consumer via the internet or by facsimile, for example. The total time interval from step S1 to S10 can be 90 minutes or less, for example.

FIG. 3 illustrates some aspects of alternative media for transmitting an initial request (RFQ) to the ALMES central computer in step S1 of FIG. 2. The alternative media can include, but are not limited to, the internet, a facsimile (S1 b), or a telephone (S1 c) A personal computer can be used by the consumer to send such a request via any of the aforementioned media, if equipped with a modem or equivalent device.

FIG. 4 illustrates the process followed by a consumer utilizing the internet, S1 a of FIG. 3. In step S1 a(1) the ALMES central computer downloads information from the ALMES web page, to the terminal of the consumer. The ALMES web page contains an RFQ option which can be selected in step S1 a(2). In step S1 a(3), the consumer selects a product for the RFQ using his computer terminal. In step S1 a(4), the desired attributes of the product representing the selected attributes or criteria of the consumer, are selected and entered. In step S1 a(5), billing information is input by the consumer.

In step S1 a(6), the method of reach (e.g., telephone, facsimile, internet, etc.), for communicating with the system central computer, is specified by the consumer. In step S1 a(7), the method of payment is specified and entered. In step S1 a(8), the consumer submits, for transmission, to the ALMES central computer, the completed RFQ. If another RFQ is requested, this is done in step S1 a(9) and steps S1 a(2)-S1 a(8) are repeated. If no other RFQ is required, an automatic billing is performed by the ALMES central computer and the consumer is billed automatically by the ALMES central computer in step S1 a(10).

In FIG. 5, a process for communicating with the ALMES database central computer via facsimile is described, as illustrated broadly in step S1 b of FIG. 3. In FIG. 5, the RFQ form, which can appear on the screen of the consumer computer terminal, is loaded with data necessary to complete the RFQ form as indicated in step S1 b(1). Alternatively, this RFQ form can be filled out by hand. In step S1 b(2), the form is transmitted to and received by the ALMES computer, either by a facsimile associated with the originating terminal or by a separate facsimile. In step S1 b(3) the received RFQ is entered into the ALMES computer. The entry of this information can be, for example, by keyboard, scanning, voice, or conventional structure available for entry of data.

Finally, FIG. 6 represents the process used for initiating communication with the ALMES central computer via telephone. The telephone can be part of the originating consumer computer terminal or can be a separate telephone. A telephone is used in communicating with the ALMES central computer step Sc(1) by the consumer first telephoning the ALMES central computer. In step Sc(2), an operator at the ALMES central computer gathers information about the customer. In step Sc(3), the information is entered into the ALMES central computer. In step Sc(4), the RFQ data is gathered by an operator. In step Sc(5), the RFQ data is entered into the ALMES central computer. In step Sc(6), if there is another RFQ requested, steps in Sc (2), Sc(3), and Sc 4), are repeated to enter another RFQ. Thereafter, the ALMES central computer generates an invoice and the consumer is billed in step Sc(7) and the call is terminated in step Sc(8).

FIG. 7 illustrates how the RFQ is compiled in step S2 of FIG. 2 at the ALMES central computer. The data is collected for the RFQ and is grouped into a database RFQ report table in step S2(a). The central computer then generates a unique report of the central computer number for the RFQ report in step S2(b). Thereafter, the time of the report is generated, for example, by the central computer and is stamped on the report in S2(c).

FIG. 1 illustrates one embodiment describing how sellers are selected and notified of the buyers request. The example shown in FIG. 1, illustrates seller computer terminals 12, 13, and 14. These computer terminals are each associated with a specific seller. An example of how the specific sellers are selected by the structure of the central computer 11 of FIG. 1 is illustrated in FIGS. 8, 11, and 12.

In FIG. 8 in step S3(a), the product chosen by the consumer is compared to a prestored database list (stored in memory, not shown) of product sellers. In Step S3(b), product sellers are selected from the database list that match the unique consumer criteria (e.g., a first group of a plurality of sellers who sell the desired product). In step S3(c), appropriate seller selection is made based upon the choice of the product sellers. In step S3(d), seller selection process (SSP) is run by comparing RFQ data to the seller data. In step S3(e), each seller selected by seller selection process is associated with the RFQ report in the ALMES computer. In step S3(f), the seller selection process is repeated until a designated number of sellers are selected by the central computer and then in step S3(g) the list of product sellers (i.e., a subgroup of sellers in the first group) that are selected is stored in the database of the central computer 11. These selected sellers are then sent a request for response based upon the consumer request. Examples of the seller selection process (SSP) are set forth i the description of FIGS. 11 and 12 below.

FIG. 9 illustrates the steps performed in the central computer 11 compiling the list of sellers which will receive the RFQ as indicated in step S4 (a) of FIG. 2. In FIG. 9, in step S4 a, all sellers related to the RFQ (sellers that sell the product requested by the consumer, for example) are grouped in the database of the ALMES central computer. Thereafter, in step S4(b), each seller in the group list of sellers is queried for a preferred method of reach. That is, the sellers have the option of being communicated by electronic mail, facsimile pager, etc.

FIG. 10 illustrates a computer display screen representing information that can be input to define the request of the buyer. The information on the screen is sent to the ALMES computer. The displayed screen information could be in the format of a form. In FIG. 10, various items of information can be entered as represented by different categories. The example of the screen in FIG. 10 is for an automobile. Other screens related to different products and services, with different key criteria, can be used.

As illustrated in FIG. 10, the consumer identifies himself by name, address, and method of reach in category A. The type of automobile is entered in category B. If a used car is desired, information such as a maximum number of acceptable miles and a maximum acceptable age in years can be entered. The accessories requested are entered in category C. Other information, for example financing information in category D, potential aftermarket products in category E, trade-in information in category F and payment service (e.g. ALMES system service), can also be entered by a user in his quote request. Some of the categories need not be completed, such as trade-in and financing (categories F and D). This option will depend on the buyers requirements. Categories B to F can be used in the selection process of sellers as described in steps S2 and S3 of FIG. 2.

Additionally, information such as the address of category A can be used to select sellers with a predetermined geographic region, for example. Information can additionally be entered by the buyer to assign a predetermined weight to specific criteria which is important to the buyer as will be explained with regard to FIG. 14. The aforementioned information criteria are representative examples only and, of course, the screen can vary depending on the item that is to be purchased.

FIGS. 11 and 12 illustrate examples that can be used by the ALMES central computer in selecting at least one seller for receipt of the product request of the buyer, based on predetermined (criteria) information received with the request of the buyer, and other criteria. For illustrative purposes, FIG. 11 represents a selection of dealers (from a prestored group of dealers) of new cars, while FIG. 12 represents a selection of dealers (from a prestored group of dealers) for used cars.

In step S4 a of FIG. 11, it is initially determined, based upon the geographic location of the customer, whether the dealer has expressed an interest in advertising in a customer zone (geographic location of the customer) or if the dealer is located in the customer zone. If the answer is no, the dealer is excluded and therefore, will not be transmitted a request for response. In step S4 b there is an inquiry made as to whether or not the dealer is current on bills due to the owner of the system. If the answer is no, the dealer is excluded. If the answer is yes, the procedure is followed to step S4 c. Note that the exclusion of dealers refers to the exclusion of one dealer from the group of prestored dealers that sell the product desired by the customer. For each of the dealers in this group of prestored dealers that sell the product, the procedure of FIG. 11 (or FIG. 12) is repeated and is used to select a predetermined number of dealers (ten for example), which will receive a request for response (request for quote).

In step S4 c, an inquiry made as to whether or not a consumer satisfaction index (CSI) of the dealer is greater than a predetermined threshold, for example 3.5 out of a possible 4. Criteria for developing such a CSI can include customer satisfaction information received by past customers of the buying service. In this step, dealers who have a poor CSI are excluded by the central computer and if they have an acceptable CSI, the process proceeds to step S4 d.

In step S4 d, there is an inquiry as to whether or not the dealer sells the vehicle and model of automobile specified by the consumer in the initial request. If not, the dealer is excluded. If so, then the process proceeds to step S4 e wherein the central computer 11 ranks the dealer among other dealers based upon a predetermined amount of time waited (in minutes for example) since receiving a last request for quote. In step S4 f, there is an inquiry if the dealer is in a top ten list. In other words, all “qualified” dealers are ranked in step S4 e to ensure that each receives an equal amount of requests. If the dealer is not in the top ten list in step S4 f, then the dealer is excluded. Once all dealers in the prestored group have been processed, then the quote request is sent to the selected predetermined number of dealers.

FIG. 12 represents an example of the selection process for used vehicle dealers. In step S4 h 1, the ALMES central computer determines if the dealer is physically located in the geographic zone requested by the consumer. If not, the dealer is excluded by the central computer unless the dealer has requested to provide a quote in the selected zone in step S4 h 2. In step S4 i, the central computer determines if the dealer is up-to-date on bills, and if not, the dealer is excluded. In step S4 j, the central computer determines if the dealers consumers satisfaction index is greater than 3.5. If not, the dealer is excluded. The central computer determines in step S4 k, if the dealer wants to be included in a sale of the vehicle model identified by the consumer. If not, the dealer is excluded. If so, the central computer determines in step S41, if the ranked dealers have the same corporate ID (in other words, are the ranked dealers owned by the same corporation). If so, only the top three dealers of those including the same corporate ID are included in the top 10 list. In step S4 m, the central computer determines which dealers are in the top ten list, selects these dealers, and transmits a quote request in step S4 n to the computer of the selected dealers. Note that the aforementioned flow charts of FIGS. 11-12 merely illustrate an exemplary aspect the dealer selection process of the present application and should not be considered as limiting the selection process to the selection criteria specified therein.

The computer of the dealer receives the request for a quote. The computer of the dealer can continuously monitor the internet for the requests for quotes from the central computer 11. After the quote is received, the dealer may submit a quote.

A screen of the computer of a dealer is shown in FIG. 13. The information on the screen is sent to the dealer in formulating a quote on the computer of the dealer. For example, displayed on the screen is identification information, vehicle location, vehicle specification, accessories included, pricing information, financing information, and leasing information. This screen shown in FIG. 13 is only an example and of course, additional or different categories of information can be added depending on the product being offered.

Within a specific predetermined time period (which can be varied and can be, e.g., sixty minutes), by the central computer, the computer of the dealer must forward a quote to the central computer 11. If the computer does not receive a quote from the dealer within the predetermined time period, then any quote thereafter received will not be accepted. With regard to all dealer quotes received by the central computer 11, within the predetermined time period, the quotes of the dealers are compiled and ranked by the central computer 11. The central computer 11 will not accept quotes from dealers that are not received within the predetermined time period originally set in the quote request sent to the dealer.

The screen shown in FIG. 13 lists specific categories of information related to an automobile (assuming that the dealers are to submit quotes related to an automobile). The screen used will vary dependent on the product of services. The categories of information include identification of the dealer, along with specific “automobile” categories including vehicle location and specifications, accessories, pricing information, financing information, and leasing information. All items need not be completed. Based on all information supplied, a quote is processed by the central computer 11 for the buyer as will be explained further with regard to FIG. 14.

FIG. 14 illustrates an example of how the quotes (received within the predetermined time interval) of the dealers are compiled and ranked by the central computer 11. As illustrated in the first and third columns of FIG. 14, there is an inquiry as to whether criteria, designated in the request by the buyer, has been matched by the quote of the dealer. This criteria is assigned a predetermined weight such that, for each element of information matched by the dealer quote, a predetermined weighted value is assigned. Then, each of the matched weighted values are added together to produce a total value for the dealer quote. Total values for all dealer quotes received within the predetermined time interval are then compared and ranked, and the top ten, for example, are output in their ranked order, for access by the buyer (see FIG. 15).

In the second and fourth columns of FIG. 14, the compilation involves calculating and assigning the aforementioned weighted values to the matched items by the central computer. These can include, but are not limited to, model, series, style, price, (geographic) zone, etc. The most critical criteria are weighted the heaviest (i.e., model=80 points, series=40 points, style=30 points, etc.). Note that criteria other than price are used in selecting and ranking dealer quotes.

The box indicated by the heading “notes,” further defines qualifications on matching as accomplished by the central computer. Note (1) refers to co-dependent criteria. For example, note (1) corresponds to vehicle series. Thus, only if the quote from the dealer matches the model and the series requested by the buyer, then a value of 40 is given to the dealer quote (since series LX, for example, is only important if it corresponds to the desired model). If model was not a match, then no value for “series” is given to the quote, irrespective of whether or not “series” is a match.

In note 2, if the price quoted is within the range request by the buyer or less than the requested range, then a weighting value of 15 is given to the quote.

With regard to the “other” criteria, a buyer may not only designate a particular important feature of a product, but the buyer can also assign the feature a weight. Thus, if the vehicle desired must be a convertible, for example, then the buyer can assign this feature a weight of 100, for example. Alternatively, all weights could be variable and assignable by a buyer.

Finally, as shown by notes (5) and (6), matches can further be qualified. For example, note (6) specifies that a match only occurs if it is a positive match. This refers to the fact that for “leather,” for example, a match is only counted, and 4 points are awarded only if “leather” is selected and the dealer quoted vehicle has leather. To the contrary, if the buyer does not select “leather” as an option and the quoted vehicle also does not have leather, no match is determined and no points are awarded (this would be a negative match).

The weighting factors and values are only exemplary, as are the conditions noted in FIG. 14. After the weighting is completed, based on the quote information supplied by each of the dealers being compared to the request of the buyer, a ranking of the dealers that supplied quotes within the predetermined time interval is automatically performed at the ALMES central computer 11.

After the dealers have been ranked by the central computer 11, this ranking is output and made available to the customer. For example, the rankings, in the form of a report, can be transmitted to the computer terminal of the consumer illustrated in step S10 of FIG. 2. The ranking list will preferably show the dealers in a sequence based on the ranking done by the central computer 11. Alternatively, the consumer can be notified that a quote report has been completed (via electronic mail, facsimile, etc.), the consumer can be sent a password, and the consumer can then access the quote web site, for example, the auto web site on the internet and retrieve his quote report using the password.

FIG. 15 is one example of a generated quote report wherein dealers represented by terminals 12, 13, and 14, as illustrated in FIG. 1, have been ranked. Dealer 13 is ranked A, dealer 12 is ranked B, and dealer 14 is ranked C. This report and ranking is only illustrative as an aid in understanding the present invention.

The report in FIG. 15 includes different categories of information, for example, vehicle information, warranty information, financing information, specifications, and additional dealer comments. The specification information relates to the quoted vehicle. Also, the quotes provided by the dealers are ranked on the report, wherein the quote of dealer 13 is the best match and is therefore labeled “A,” dealer 14 is labeled “B,” and dealer 15 is labeled “C.” The designation of the dealer with the best quote (A) and the worst quote on the report (C) was previously explained regarding FIG. 14.

Dealers 13, 14 and 15 are identified to the buyer by name and address. The information is obtained from the seller's report for example, as shown as a screen in FIG. 13. The ranking of the dealers (to determine which quotes appear on the report and the ranking within the report), as represented on the report, is done as described above with reference to FIG. 14.

After the consumer has received the quote report, the consumer can, if he chooses, select a quote. The quote can be accepted either through ALMES central computer 11 or directly from the dealer.

Also, after a sale is made, sellers can be informed of comparative quotes submitted by other sellers. These preferably would not involve identification of any seller.

FIG. 16 represents another example of structure that can used to alternatively communicate with the central computer 11. For example, element 21 represents the computer terminal of the consumer. The consumer computer can be used to communicate with a telecommunications center 22. The terminal of the seller 23 can also be used to communicate with such telecommunications center 22. From the telecommunications center 22, the internet can be used communicate with a dedicated server 24 via a dedicated line and from there to an application on the server 27 and thereafter to the ALMES database server 28. As an alternative, a facsimile apparatus can be used to communicate with the ALMES database server 28 via a fax server 25. Alternatively, a telephone apparatus can be used to communicate from the telecommunications center 22 to a call center agent 26, to call center 29, and then to the server 28. A wide area network 30 can also communicate with the server 28.

The present invention has no pre-defined inventory of product (or service) information for the consumers to access and is not limited to automotive products. Instead, the method and apparatus provides a real-time conduit for buyers to specify the exact product desired with specific criteria. The seller is also provided with a “real-time” system for transmitting information back to the buyers on the specific goods requested. The system receives a considerable amount of buyer information which is then provided to a seller, prior to participating in a response to the buyer (a quote based at least on the buyers information). Thereafter, the system may or may not select the seller to provide information which will ultimately be made available to the individual buyer.

After buyer information is input, the apparatus automatically selects sellers to contact by analyzing a multitude of seller and buyer information (criteria). This information (criteria for seller selection from a group of prestored sellers) includes, but is not limited to, geographic data, proprietary customer satisfaction index (CSI) ratings, product availability, history of providing information, outstanding invoices, seller preferences, buyer preferences, etc. Depending on the product, a buyer may elect to search for the product information over a wide geographic area (e.g., the United States) or even a local geographic area (e.g., Baltimore, Md.). Likewise, sellers can elect to submit data to buyers based on the buyers physical location. By matching sellers and buyers geographic presence and other criteria automatically, the apparatus improves both the liquidity and efficiency of the market for the goods desired. The result is a more competitive market and thus a better shopping situation for buyers. Thus, with the system and method of the present invention, buyers and sellers can engage in a computerized, silent, and secret auction without any human intervention.

Additionally, the computer system will automatically bill the report feature to the buyers credit/charge card. After automatic payment, the buyers have access to the system template of buying options. After selecting the desired product, the buyer may direct the system to access sellers of that good and place them in a live auction situation. Then, within a buyer defined time for example, a report will be automatically generated and made available and accessible to the buyer. This accessibility can be done by facsimile, electronic mail, web page, U.S. mail, etc. The buyer selects how he would prefer to receive the auction data. No human intervention is needed.

Also, sellers may sign up to participate in auctions by filling out an application form on-line for subsequent storage in the central computer database. Then the seller will be eligible receive buyer information and to submit quotes back to buyers through the present system. The computer system will automatically generate and send (via electronic mail, facsimile, or world wide web page) an invoice to participating sellers. Sellers can elect to pay both by conventional means (check or credit card) or by some form of internet cash. If sellers are current on their bills, they remain eligible to continue using the system. The entire loop for sellers and buyers can be accomplished without human intervention. Thus, it is completely automatic.

Additionally, buyers and sellers can research market conditions using the database of the present invention. For individuals interested solely in market data, the present database will permit customized inquiries of both historical and real-time information. To judge the market price of goods an individual can request to “watch the market” from their personal computer or other device with internet access. Buyers or sellers merely enter a few parameters into the internet web page of the system and will then be granted access to a “ticker-tape” type of market information on specific goods for particular regions of the world. Here the individuals will not be receiving information customized to their specific needs and there is no contact with the sellers. Individuals would merely be watching others request and receive information in order to judge general market conditions. Information will be limited so to not undermine the use of the trading system as of the present invention.

The buyers and sellers can directly contact each other after the market information has been conveyed to the buyers. The buyers can decide which one or more of the plurality of quoting sellers they wish to contact when the information is received from the present system. In other words, the dynamically generated report, which can be on the internet, may contain hyperlinks to the participating sellers. Buyers will be able to instantly communicate with the seller perhaps to purchase the product, to request more information, or to put a hold on the goods etc. This communication will be conducted through the present system.

Also, third party advertising can precisely target messages to buyers receiving an auction report. These advertisements will be selected based on buyers and third party advertiser's parameters. Advertisers will be able to control precisely who receives their messages based on criteria they select; geographic location, product specification, demographic information, etc. Advertisers will be automatically billed for every report to the buyer.

While an embodiment of the present invention relates to a method and apparatus for buying automotive equipment such as automobiles, trucks, etc., either used or new, the present invention can be used for purchasing of other goods and services. The present invention provides a system called an Automotive Live Market Exchange System (ALMES) to carry out the present embodiment.

While the invention has been described and illustrated in connection with the embodiments, many variations and modifications as will be evident to those skilled in the art may be made therein without departing from the spirit of the invention and the invention as set forth in the appended claims is thus not to be limited to the precise details of construction set forth above as such variations and modifications are intended to be included within the scope of the appended claims. 

1. A computer-implemented method for facilitating a sales transaction between a buyer and a seller, comprising: (a) receiving at a computer a request transmitted over a computer network from a buyer for information concerning a good or service, said request including a plurality of buyer-selected criteria related to the good or service and buyer-selected criteria related to sellers of the good or service; (b) examining, using a computer, an electronic database of sellers of goods and services, said database including rating information of said sellers of goods and services, and, using a computer, selecting from said electronic database sellers that offer said requested good or service based on the plurality of buyer-selected criteria related to the good or service and based on said rating information of sellers; (c) transmitting, over a computer network, information related to the request of the buyer including one or more of said plurality of buyer-selected criteria related to said good or service to the selected sellers of the good or service; (d) receiving at a computer connected to the computer network, within a predetermined time interval, responses from at least one seller; (e) compiling, by a computer connected to the computer network, information provided in the responses received from at least one seller within the predetermined time interval; (f) ranking, by a computer connected to the computer network, responding sellers based upon an evaluation of the compiled information including the plurality of buyer-selected criteria, in order from highest ranking; and (g) transmitting over a computer network, information concerning ranked sellers and respective responses to a computer accessible by the buyer. 